Dimer example sentences

"Dimer" Example Sentences

1. Dimer formation is crucial for the protein's function.
2. The dimer readily dissociates at high temperatures.
3. This reaction produces a stable dimer.
4. We observed a significant increase in dimer concentration.
5. The dimer's crystal structure was recently solved.
6. Analysis revealed the presence of a cyclic dimer.
7. Dimerization is a key regulatory step in this pathway.
8. The dimer exhibits enhanced catalytic activity.
9. Formation of the dimer is dependent on pH.
10. The dimer interacts with its receptor via hydrophobic forces.
11. Several dimers were identified in the sample.
12. The study focused on the stability of the dimer.
13. Dimer dissociation was observed at low ionic strength.
14. Are there any known inhibitors of dimer formation?
15. The dimer is a critical component of this complex.
16. Interestingly, the dimer showed unexpected behavior.
17. The kinetics of dimer formation were studied.
18. What are the factors affecting dimer stability?
19. The dimer was purified using size-exclusion chromatography.
20. The mechanism of dimer assembly remains unclear.
21. Disruption of the dimer interface led to loss of function.
22. The dimer is held together by hydrogen bonds.
23. The dimer acts as a functional unit.
24. Mutations in this region prevent dimer formation.
25. The dimer displays unique spectral properties.
26. We hypothesize that dimer formation is allosterically regulated.
27. The study of dimer interfaces is crucial for drug design.
28. A novel dimer was discovered in this organism.
29. The dimer is more active than the monomer.
30. The dimer interacts with other proteins in the pathway.
31. This small molecule inhibits dimer formation effectively.
32. The experiment confirmed the existence of a dimer.
33. Dimerization is essential for viral replication.
34. The dimer is a symmetric structure.
35. The paper describes a new method for dimer detection.
36. We found that the dimer is highly dynamic.
37. The dimer acts as a signaling molecule.
38. Inhibition of dimer formation may be a therapeutic target.
39. The role of dimer in the disease is being investigated.
40. The dimer was characterized by various techniques.
41. Further research is needed to fully understand dimer function.
42. Dimer formation is a rate-limiting step.
43. The data suggest a specific model for dimer interaction.
44. The dimer is stabilized by electrostatic interactions.
45. Computational modeling predicted the dimer structure accurately.
46. The dimer represents a new class of molecules.
47. Dissociation of the dimer triggers a cascade of events.
48. The dimer's activity is modulated by phosphorylation.
49. Studying dimers is vital in understanding protein-protein interactions.
50. The dimer showed unexpected resistance to degradation.